AML OceanographicAML Oceanographic (formerly Applied Microsystems) is an innovative manufacturer of Sound Velocity, CTD and Environmental sensors, probes and instruments. Our customers are located in more than 100 countries and include organizations in the fields of hydrography, science and research, and environmental monitoring. Our tagline - Xchange your old ideas - brings to life our commitment to generate fresh, innovative ideas for our industry. |
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Micro•X
The Micro•X is the ideal single parameter instrument. Its small size and flexibility utilizing XchangeTM sensors make it ideal for sea surface, SV, and AUV or ROV integration. XchangeTM sensors must be ordered separately from the X•Series instrument. |
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397 KB |
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Smart•X
The Smart•X is the new standard in real-time instruments capable of measuring up to 3 parameters. Its small size and flexibility utilizing Xchange sensors make it ideal for AUV, ROV, sea chest and other applications. Xchange sensors must be ordered separately from the X•Series instrument. |
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398 KB |
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Minos•X
Minos•X Series logger uses field-swappable sensor-heads is ideal for profiling from a small launch or by hand. Includes a shackle, sensor cage, built-in rechargeable battery and includes many new ease-of-use features. XchangeTM sensors must be ordered separately from the X•Series instrument. |
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392 KB |
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Plus•X
The Plus•X logger uses field-swappable sensor-heads and is ideal for vertical profiling and multiparameter studies. The Plus•X can include additional channels for environmental sensors (10 analog or 5 digital). XchangeTM sensors must be ordered separately from the X•Series instrument. |
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395 KB |
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Metrec•X
The Metrec•X is a real-time, multi-parameter instrument that allows you to change the instrument’s sensor load, in-the-field and on-demand. The Metrec•X can accommodate as many as five Xchange sensor-heads. |
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390 KB |
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bathyMetrec•X
bathyMetrec•X is the only instrument to combine the all key features of a bathymetric system and the ability to calculate salinity and density and to apply that calculation to true depth. |
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412 KB |
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